4
SSP brand Series S stainless steel rotary lobe pumps, from Alfa Laval Pumps Limited, operate at the heart of process industries worldwide. Series S pumps fulfill a wide range of application requirements through- out Chemical, Food, Pharmaceutical and other related industries. Handling from low to high viscosity pumped media the characteristic smooth, low shear pumping action is ideal for delicate media and where organic solids in suspension, creams, froths, gels, emulsions and mixtures are to be pumped. Series S pumps are suitable for CIP (Cleaning In Place) and conform to USA 3A Sanitary Standard. Operation The positive displacement of the Series S pump is provided by non- contacting, counter rotating tri-lobe or bi-lobe rotors within a fully swept pump chamber. All Series S pumps are capable of bi-rotational flow without modification. User Benefits High efficiency Low energy consumption Compact size Robust construction Smooth flow Reversible operation Low shear pumping Minimal pumped media agitation Hygienic design Easy maintenance S Series Rotary Lobe Pumps for all applications

511334 S brochure - pfcequip.com · Tel: 877-7VERDER (877-783-7337) Fax: 877-471-FLOW E-mail: [email protected] 511334 S brochure.indd 1 3/26/10 3:18:26 PM. Performance The Series S

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SSP brand Series S stainless steel rotary lobe pumps, from Alfa Laval

Pumps Limited, operate at the heart of process industries worldwide.

Series S pumps fulfill a wide range of application requirements through-

out Chemical, Food, Pharmaceutical and other related industries.

Handling from low to high viscosity pumped media the characteristic

smooth, low shear pumping action is ideal for delicate media and where

organic solids in suspension, creams, froths, gels, emulsions and

mixtures are to be pumped.

Series S pumps are suitable for CIP (Cleaning In Place) and conform to

USA 3A Sanitary Standard.

Operation

The positive displacement of the Series S pump is provided by non-

contacting, counter rotating tri-lobe or bi-lobe rotors within a fully swept

pump chamber. All Series S pumps are capable of bi-rotational flow

without modification.

User BenefitsHigh efficiency

Low energy consumption

Compact size

Robust construction

Smooth flow

Reversible operation

Low shear pumping

Minimal pumped media agitation

Hygienic design

Easy maintenance

SSeriesRotary Lobe Pumps for all applications

Bareshaft Pump Dimensions

The information contained herein is correct at the time of issue, but may be subject to change without prior notice

VGPMSSPS0310

www.verdergpm.com

VerderGPM110 Gateway Drive, Macon, GA 31210Tel: 877-7VERDER (877-783-7337) Fax: 877-471-FLOWE-mail: [email protected]

511334 S brochure.indd 1511334 S brochure.indd 1 3/26/10 3:18:26 PM3/26/10 3:18:26 PM

Performance

The Series S pump range has twelve pump head displacements ranging

from 1.4 gallons/100 revs to 93.26 gallons/100 revs.

Flow rates up to 466 gpm

Differential pressures up to 290 psi

Port sizes from 1” to 6” diameter

High Volumetric Efficiency - The Series S pump offers high efficiency

transfer of low, medium and high viscosity pumped media. This

important aspect of performance is achieved by maintaining high

accuracy and repeatability of component part manufacture, thereby

maximizing shaft rigidity and minimizing the effects of thermal expansion

within the pump gearbox. This combination allows the optimum pump

head geometry to be achieved which, in turn, maximizes volumetric

efficiency.

Low NPSH - The Series S pump with standard port connections

has full through-bore inlet and outlet ports to International Standards.

This reduces inlet and outlet port losses, thereby lowering NPSH

requirements.

Basic Design

The Series S pump with its modular design giving a choice of 44

models, provides for greater application flexibility and cost effective easy

maintenance.

Pumphead - All metallic pumped media wetted components are

manufactured in 316L type stainless steel. The Series S in standard

specification has tri-lobe rotors available in three temperature ratings,

allowing the pump to be operated at maximum temperatures of 158°F,

266°F and 392°F for both process and CIP.

Shafts - 316L Stainless steel shafts are used for pressures up to 145 psi.

Higher pressures up to 290 psi are attained by the use of high strength

duplex stainless steel.

Gearbox - The Series S pump has a robust cast iron gearbox with a

universal design for models S1 to S4. This gives the flexibility of

mounting pumps with the inlet and outlet ports in either a vertical

or horizontal plane by changing the foot and its position. The Series S

models S5 and S6 have a choice of two dedicated gearbox castings,

which allows the inlet and outlet ports to be in either the vertical or

horizontal plane.

Pump Model Inlet and Outlet Connections

US gal/100 revs

Displacement

psi

DifferentialPressure

rev/min

Maximum Speed

Bare Shaft Pump

Weight

HorizontalPorting (H)

lb

Standard PortConnection

Size

inches

Enlarged PortConnection

Size

inches

Vertical Porting (V)

lb

-1.501.501.502.002.002.002.002.502.502.502.503.003.003.003.004.004.004.004.006.006.00

1.001.001.001.001.501.501.501.502.002.002.002.002.502.502.502.503.003.004.004.004.004.00

1.42.253.383.384.784.787.037.03

10.1510.1514.6414.6420.8720.8730.6530.6544.3944.3968.7068.7093.2693.26

11575

145215100145145215100145145290100215145290100215145290100215

10001000100010001000100010001000100010001000100010001000

600600600600500500500500

333862626464

117117124124232232243243335335353353574574585585

364067676969

124124130130245245256256335335353353574574585585

S1-0005-*08S1-0008-*05S2-0013-*10S2-0013-*15S2-0018-*07S2-0018-*10S3-0027-*10S3-0027-*15S3-0038-*07S3-0038-*10S4-0055-*10S4-0055-*20S4-0079-*07S4-0079-*15S5-0116-*10S5-0116-*20S5-0168-*07S5-0168-*15S6-0260-*10S6-0260-*20S6-0353-*07S6-0353-*15

* = H or VH = Horizontal PortingV = Vertical Porting

Pump overload protection

For essential overload protection to protect pump, drive unit and also

limit pressure build up within associated process equipment.

Pressure relief valve - supplied as an integral part of the pump and

not requiring any external pipework. The design is such that the valve

mechanism is isolated from the pumped media. Mechanical or

pneumatic operation is available for both pressure/safety and cleaning

bypass.

Pump Protection Unit (PPU) - supplied as an alternative to mechanical

relief valves. Incorporating micro-controller technology the PPU detects

and reacts to changes in load conditions.

Surface finish and coatings

To enhance standard surface finish or for hygiene purposes, the

pumphead and rotors may be electro polished. For abrasive applications

the stainless steel pumphead and rotors may be supplied with a

tungsten carbide coating or other surface hardening treatment to

increase wear resistance.

Interchangeable rotors

Mathematically defined profile and precision manufacture ensure

interchangeability of rotors with sealed involute splines giving accurate

position, location and positive rotor drive.

Option of bi-lobe rotors in stainless steel for handling products

containing large delicate solids, or bi-lobe rotors manufactured from

non-galling alloy for increased efficiencies. Elastomeric tri-lobe rotors

can also be offered where the application dictates.

Pumped media seals

The optimum primary seal can be chosen to match the pumped media

and duty conditions. Single or double mechanical seals include flushed

or aseptic variants. For arduous duties hard faced seal materials such as

tungsten carbide or silicon carbide can be used. Packed glands offer a

simple, low cost, and easy to maintain controlled leakage sealing

arrangement.

Pumped media wetted elastomers are EPDM, NBR, FPM all FDA

conforming or PTFE for chemical applications.

Heating / Cooling devices

These are primarily used for heating the pumphead so as to maintain

the pumped media viscosity and reduce risk of any crystallization/

solidification. They may also be used for cooling purposes when

required.

Connections

Comprehensive choice covering

Screwed male connections to all major standards including BSP,

DIN11851, IMDA/3A, ISS/IDF, NPT, Rdg, RJT, SMS, Tri-clamp

and more.

Flange connections to all major standards including ASA/ANSI150,

BS4504/DIN2533, BS10E and more.

Enlarged diameter and rectangular ports for handling very high

viscosity products.

Motorized pump units

Pumps may be supplied fully motorized with fixed or variable

speed drives including appropriate control systems if required,

mounted on either mild or stainless steel baseplates.

In addition to electric motor drives, hydraulic,

pneumatic, diesel or gasoline powered prime

movers can be fitted.

Specification Options

511334 S brochure.indd 2511334 S brochure.indd 2 3/26/10 3:18:27 PM3/26/10 3:18:27 PM

Performance

The Series S pump range has twelve pump head displacements ranging

from 1.4 gallons/100 revs to 93.26 gallons/100 revs.

Flow rates up to 466 gpm

Differential pressures up to 290 psi

Port sizes from 1” to 6” diameter

High Volumetric Efficiency - The Series S pump offers high efficiency

transfer of low, medium and high viscosity pumped media. This

important aspect of performance is achieved by maintaining high

accuracy and repeatability of component part manufacture, thereby

maximizing shaft rigidity and minimizing the effects of thermal expansion

within the pump gearbox. This combination allows the optimum pump

head geometry to be achieved which, in turn, maximizes volumetric

efficiency.

Low NPSH - The Series S pump with standard port connections

has full through-bore inlet and outlet ports to International Standards.

This reduces inlet and outlet port losses, thereby lowering NPSH

requirements.

Basic Design

The Series S pump with its modular design giving a choice of 44

models, provides for greater application flexibility and cost effective easy

maintenance.

Pumphead - All metallic pumped media wetted components are

manufactured in 316L type stainless steel. The Series S in standard

specification has tri-lobe rotors available in three temperature ratings,

allowing the pump to be operated at maximum temperatures of 158°F,

266°F and 392°F for both process and CIP.

Shafts - 316L Stainless steel shafts are used for pressures up to 145 psi.

Higher pressures up to 290 psi are attained by the use of high strength

duplex stainless steel.

Gearbox - The Series S pump has a robust cast iron gearbox with a

universal design for models S1 to S4. This gives the flexibility of

mounting pumps with the inlet and outlet ports in either a vertical

or horizontal plane by changing the foot and its position. The Series S

models S5 and S6 have a choice of two dedicated gearbox castings,

which allows the inlet and outlet ports to be in either the vertical or

horizontal plane.

Pump Model Inlet and Outlet Connections

US gal/100 revs

Displacement

psi

DifferentialPressure

rev/min

Maximum Speed

Bare Shaft Pump

Weight

HorizontalPorting (H)

lb

Standard PortConnection

Size

inches

Enlarged PortConnection

Size

inches

Vertical Porting (V)

lb

-1.501.501.502.002.002.002.002.502.502.502.503.003.003.003.004.004.004.004.006.006.00

1.001.001.001.001.501.501.501.502.002.002.002.002.502.502.502.503.003.004.004.004.004.00

1.42.253.383.384.784.787.037.03

10.1510.1514.6414.6420.8720.8730.6530.6544.3944.3968.7068.7093.2693.26

11575

145215100145145215100145145290100215145290100215145290100215

10001000100010001000100010001000100010001000100010001000

600600600600500500500500

333862626464

117117124124232232243243335335353353574574585585

364067676969

124124130130245245256256335335353353574574585585

S1-0005-*08S1-0008-*05S2-0013-*10S2-0013-*15S2-0018-*07S2-0018-*10S3-0027-*10S3-0027-*15S3-0038-*07S3-0038-*10S4-0055-*10S4-0055-*20S4-0079-*07S4-0079-*15S5-0116-*10S5-0116-*20S5-0168-*07S5-0168-*15S6-0260-*10S6-0260-*20S6-0353-*07S6-0353-*15

* = H or VH = Horizontal PortingV = Vertical Porting

Pump overload protection

For essential overload protection to protect pump, drive unit and also

limit pressure build up within associated process equipment.

Pressure relief valve - supplied as an integral part of the pump and

not requiring any external pipework. The design is such that the valve

mechanism is isolated from the pumped media. Mechanical or

pneumatic operation is available for both pressure/safety and cleaning

bypass.

Pump Protection Unit (PPU) - supplied as an alternative to mechanical

relief valves. Incorporating micro-controller technology the PPU detects

and reacts to changes in load conditions.

Surface finish and coatings

To enhance standard surface finish or for hygiene purposes, the

pumphead and rotors may be electro polished. For abrasive applications

the stainless steel pumphead and rotors may be supplied with a

tungsten carbide coating or other surface hardening treatment to

increase wear resistance.

Interchangeable rotors

Mathematically defined profile and precision manufacture ensure

interchangeability of rotors with sealed involute splines giving accurate

position, location and positive rotor drive.

Option of bi-lobe rotors in stainless steel for handling products

containing large delicate solids, or bi-lobe rotors manufactured from

non-galling alloy for increased efficiencies. Elastomeric tri-lobe rotors

can also be offered where the application dictates.

Pumped media seals

The optimum primary seal can be chosen to match the pumped media

and duty conditions. Single or double mechanical seals include flushed

or aseptic variants. For arduous duties hard faced seal materials such as

tungsten carbide or silicon carbide can be used. Packed glands offer a

simple, low cost, and easy to maintain controlled leakage sealing

arrangement.

Pumped media wetted elastomers are EPDM, NBR, FPM all FDA

conforming or PTFE for chemical applications.

Heating / Cooling devices

These are primarily used for heating the pumphead so as to maintain

the pumped media viscosity and reduce risk of any crystallization/

solidification. They may also be used for cooling purposes when

required.

Connections

Comprehensive choice covering

Screwed male connections to all major standards including BSP,

DIN11851, IMDA/3A, ISS/IDF, NPT, Rdg, RJT, SMS, Tri-clamp

and more.

Flange connections to all major standards including ASA/ANSI150,

BS4504/DIN2533, BS10E and more.

Enlarged diameter and rectangular ports for handling very high

viscosity products.

Motorized pump units

Pumps may be supplied fully motorized with fixed or variable

speed drives including appropriate control systems if required,

mounted on either mild or stainless steel baseplates.

In addition to electric motor drives, hydraulic,

pneumatic, diesel or gasoline powered prime

movers can be fitted.

Specification Options

511334 S brochure.indd 2511334 S brochure.indd 2 3/26/10 3:18:27 PM3/26/10 3:18:27 PM

SSP brand Series S stainless steel rotary lobe pumps, from Alfa Laval

Pumps Limited, operate at the heart of process industries worldwide.

Series S pumps fulfill a wide range of application requirements through-

out Chemical, Food, Pharmaceutical and other related industries.

Handling from low to high viscosity pumped media the characteristic

smooth, low shear pumping action is ideal for delicate media and where

organic solids in suspension, creams, froths, gels, emulsions and

mixtures are to be pumped.

Series S pumps are suitable for CIP (Cleaning In Place) and conform to

USA 3A Sanitary Standard.

Operation

The positive displacement of the Series S pump is provided by non-

contacting, counter rotating tri-lobe or bi-lobe rotors within a fully swept

pump chamber. All Series S pumps are capable of bi-rotational flow

without modification.

User BenefitsHigh efficiency

Low energy consumption

Compact size

Robust construction

Smooth flow

Reversible operation

Low shear pumping

Minimal pumped media agitation

Hygienic design

Easy maintenance

SSeriesRotary Lobe Pumps for all applications

Bareshaft Pump Dimensions

The information contained herein is correct at the time of issue, but may be subject to change without prior notice

VGPMSSPS0310

511334 S brochure.indd 1511334 S brochure.indd 1 3/26/10 3:18:26 PM3/26/10 3:18:26 PM